The parasymphysis area of the mandible is highly dynamic because it is subjected to both
occlusal and muscular forces. As a result, the fractures in this transition zone have a special
pattern, posing a challenge for surgeons whether to use one miniplate versus two
miniplates, as per Champy's recommendations. The commonest complication resulting to
treat this area is mental nerve paraesthesia due to the dissection and stretching of the nerve.
Hence, an in vitro research study of a newly designed 'Zeta'miniplate is performed, to …

Re: Biomechanical analysis and comparison between 'zeta' miniplate design and
conventional miniplate system for fixation of fracture segments in transition zone of
parasymphysis body region of mandible - An in vitro study Re: Biomechanical analysis and
comparison between 'zeta' miniplate design and conventional miniplate system for fixation
of fracture segments in transition zone of parasymphysis body region of mandible - An in
vitro study … Biomechanical Phenomena …